Summary Table:
The numbers in the table are the suffix, so the
run is "crtests##"
+-----------------------------
| Nb = .00 .01 .10 .32 |zmax = 50 100 200
| Lx = 5 : 07, 03, 09, 12 ----| 12 12a 12b
| Lx = 10 : 08, 04, 10, 13
| Lx = 25 : 02, 05, 11, 14
+-----------------------------
-------------------------------------------------------------- crtests02
crtests02 : number of grid points: Lambda = 25
Nx = 1000 Nb = 0
Ny = 1 (2D run)
Nz = 2500
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 2500
ZMAX = 50
Non-dimensional timestep between file writes = 6.80
Soliton initialization, "lambda" = 25
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0
Cosine-duct, FWHM = 'h', as before
NOTE: basic "wide" soliton run in neutral background.
------------------------------------------------------------------------
-------------------------------------------------------------- crtests05
crtests05 : number of grid points: Lambda = 25
Nx = 1000 Nb = 0.01
Ny = 1 (2D run)
Nz = 2500
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 2500
ZMAX = 50
Soliton initialization, "lambda" = 25
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.01
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. Nb = 0.01 (anemic)
2. Nb = 0 in upper and lower quarter of the domain
------------------------------------------------------------------------
-------------------------------------------------------------- crtests07
crtests07 : number of grid points: Lambda = 5
Nx = 1000 Nb = 0.00
Ny = 1 (2D run)
Nz = 2500
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 500
ZMAX = 50
Soliton initialization, "lambda" = 5
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.01
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. XMAX = 500, not 2500
2. Lambda = 5 (dispersive result)
------------------------------------------------------------------------
-------------------------------------------------------------- crtests08
crtests08 : number of grid points: Lambda = 10
Nx = 1000 Nb = 0.00
Ny = 1 (2D run)
Nz = 2500
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 1000
ZMAX = 50
Soliton initialization, "lambda" = 10
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.01
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. XMAX = 1000, not 2500
2. Lambda = 10
------------------------------------------------------------------------
-------------------------------------------------------------- crtests09
crtests09 : number of grid points: Lambda = 5
Nx = 1000 Nb = 0.1
Ny = 1 (2D run)
Nz = 2500
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 500
ZMAX = 50
Soliton initialization, "lambda" = 5
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.1
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. XMAX = 500
2. Lambda = 5
3. Nb = 0.1
4. Nb = 0 in upper and lower quarters of domain
------------------------------------------------------------------------
-------------------------------------------------------------- crtests10
crtests10 : number of grid points: Lambda = 10
Nx = 1000 Nb = 0.1
Ny = 1 (2D run)
Nz = 2500
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 1000
ZMAX = 50
Soliton initialization, "lambda" = 10
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.1
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. XMAX = 1000, not 2500
2. Lambda = 10
3. Nb = 0.1
4. Nb = 0 in upper and lower quarters of domain
------------------------------------------------------------------------
-------------------------------------------------------------- crtests11
crtests11 : number of grid points: Lambda = 25
Nx = 1000 Nb = 0.1
Ny = 1 (2D run)
Nz = 2500
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 2500
ZMAX = 50
Soliton initialization, "lambda" = 25
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.1
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. Nb = 0.1
2. Nb = 0 in upper and lower quarter of the domain
NOTE: there is a long, low amplitude wave that outruns
the soliton - this might be due to the rigid boundaries?
------------------------------------------------------------------------
-------------------------------------------------------------- crtests12
crtests12 : number of grid points: Lambda = 5
Nx = 1000 Nb = 0.316228
Ny = 1 (2D run) ZMAX = 50
Nz = 2500
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 500
ZMAX = 50
Soliton initialization, "lambda" = 5
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.316228
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. XMAX = 500
2. Lambda = 5
3. Nb = 0.316228
4. Nb = 0 in upper and lower quarters of domain
------------------------------------------------------------------------
-------------------------------------------------------------- crtests12a
crtests12a : number of grid points: Lambda = 5
Nx = 1000 Nb = 0.316228
Ny = 1 (2D run) ZMAX = 100
Nz = 5000
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 500
ZMAX = 100
Soliton initialization, "lambda" = 5
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.316228
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. XMAX = 500
2. Lambda = 5
3. Nb = 0.316228
4. Nb = 0 in upper and lower quarters of domain
5. ZMAX = 100.
6. NZ = 5000
crtest12, 12a, and 12b investigate the effect of the boundaries
and the location of the N2 = 0 region on the soliton evolution.
------------------------------------------------------------------------
-------------------------------------------------------------- crtests12b
crtests12b : number of grid points: Lambda = 5
Nx = 1000 Nb = 0.316228
Ny = 1 (2D run) ZMAX = 200
Nz = 5000
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 500
ZMAX = 200
Soliton initialization, "lambda" = 5
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.316228
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. XMAX = 500
2. Lambda = 5
3. Nb = 0.316228
4. Nb = 0 in upper and lower quarters of domain
5. ZMAX = 200.
6. NZ = 5000
crtest12, 12a, and 12b investigate the effect of the boundaries
and the location of the N2 = 0 region on the soliton evolution.
------------------------------------------------------------------------
-------------------------------------------------------------- crtests13
crtests12 : number of grid points: Lambda = 10
Nx = 1000 Nb = 0.316228
Ny = 1 (2D run) ZMAX = 50
Nz = 2500
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 1000
ZMAX = 50
Soliton initialization, "lambda" = 10
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.316228
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. XMAX = 1000
2. Lambda = 10
3. Nb = 0.316228
4. Nb = 0 in upper and lower quarters of domain
------------------------------------------------------------------------
-------------------------------------------------------------- crtests14
crtests14 : number of grid points: Lambda = 25
Nx = 1000 Nb = 0.316228
Ny = 1 (2D run) ZMAX = 50
Nz = 2500
domain size, non-dimmed by 'h' (as previous runs)
XMAX = 2500
ZMAX = 50
Soliton initialization, "lambda" = 25
(note: soliton amplitude is calculated from lambda)
Thermal duct only
Peak stability 'N' (as previous runs)
Background stability, Nb = 0.316228
Cosine-duct, FWHM = 'h', as before
-> N-squared goes to strictly zero in the upper
and lower quarter of the domain.
NOTE: Same as crtests02 EXCEPT
1. Nb = 0.316228
2. Nb = 0 in upper and lower quarters of domain
------------------------------------------------------------------------